Catalog - Variables, Operators and Formulas

Variable

Function 

$PW$

Parent width

$PH$

Parent height

$PD$

Parent depth

$W$

Aggregate width

$H$

Aggregate height

$D$

Aggregate depth

$InsertWidth$

Insertion Width

$InsertHeight$

Insertion Height

$InsertDepth$

Insertion Depth

$A.Max.X$ ou $A.Min.X$

Maximum or minimum X position in the environment

$A.Max.Y$ ou $A.Min.Y$

Maximum or minimum Y position in the environment

$A.Max.Z$ ou $A.Min.Z$

Maximum or minimum Z position in the environment

$MaxWidth$ ou $MinWidth$

Returns the maximum or minimum width for insertion

$MaxHeigth$ ou $MinHeigth$

Returns the maximum or minimum height for insertion

$MaxDepth$ ou $MinDepth$

Returns the maximum or minimum depth for insertion

$N$

Total numbers of repetitions

$NI$

Item position on repeat

$I$

Value 1 when the module is inverted, value 0 when it is not

$CW$

Value 1 when changing the width measurement, value 0 when not changing

$CH$

Value 1 when changing the height measurement, value 0 when not chaning

$CD$

When you changed any measure

$CP$

When you changed the depth measurement

$X$

Returns the item's X

$Y$

Returns the item's Y

$Z$

Returns the item's Z

$PZ$

Returns the missing value from the module to the floor

$PositionService$

Returns the description of the option used by any child who has a positioning service

$ParentWallHeight$

Parent wall height value, if the is no parent wall, it returns the maximum limit of the room height

$HasChildren(id_entidade)$

Returns whether there is a child entity  (identity_id) ( true or false)

Round(valor)

Returns the rounded value up or down depending on what is closets to the number entered in parentheses

Ceil(valor)

Returns the rounding up of the number entered in parentheses

Floor(valor)

Returns rounding down the number entered in parentheses

Operator

Function

Example

VAR1 + VAR2

Addition: VAR1 plus VAR2

$PW$ + 50

VAR1 - VAR2

Subtraction: VAR1 subtracted from VAR2

$PD$ - $D$

VAR1 * VAR2

Multiplication: VAR1 multiplied by VAR2

$PH$*2

VAR1 / VAR2

Division: VAR1 divided by VAR2

$PW$/2

VAR1 < VAR2

Less than: VAR1 less than VAR2

$PW$ < 400

VAR1 > VAR2

Greater than: VAR1 greater than VAR2

$PW$ > 800

VAR1 ! = VAR2

Different from: VAR1 different from VAR2

$PD$ !=550

!VAR1

Denial: not VAR1

!($PD$ == 500)

VAR1 && VAR2

Logical 'AND': VAR1 and VAR2

$PW$ > 200 && $PW$ < 800

VAR1 | | VAR2

Logical 'OR': VAR1 or VAR2

$PH$ == 200 || $PH$ == 400

Formula

Function

Example

$PW$/2-$W$/2

Center aggregate in width

Module width divided by 2 minus the aggregate widht divided by 2.

$PH$/2-$H$/2

Center aggregate at height

Module height divided by 2 minusthe height of the aggregate divided by 2.

$PD$/2-$D$/2

Center aggregate in depth

Module depth divided by 2 minus the depth of the aggregate divided by 2.

Formula

Function

Example

$PW$ - $W$

Aligns aggregate to te right of the module.

Module width minus aggregate width.

$PH$ - $H$

Aligns aggregate to the top of the module.

Module height minus aggregate height.

- $PD$ + $D$

Aligns the front of the unit to the front of the module.

Less module depth plus aggregate depth.

Formula

Function

Axis X: VAR1 + {($W$+VAR2}*($NI$-1)}

Where VAR1 is the distance value before starting the repetition (from left to right) and VAR2 is the distance value after the repetition.

Axis Y: VAR1 + {($D$+VAR2)*($NI$-1)}

Where VAR1 is the distance value before starting the repetition  (backwards) and VAR2 is the distance value after the repetition.

Axis Z: VAR1+{($H$+VAR2)*($NI$-1)}

Where VAR1 is the distance value before starting the repetition (bottom to top) and VAR2 is the distance value after the repetition.

Formula

Function

Asix X: $N$ == 1 ? $PW$/2 - $W$/2: ((($PW$ - (2*VAR1) - ($W$ * $N$))/($N$+1)) * $NI$) + VAR1 + ($NI$ > 1 ? ($NI$ - 1) * $W$ : 0 )

Where VAR1 should be replaced by the thickness of the side.

Asix Y: $N$ == 1 ? -($PD$/2 - $D$/2 + (VAR1 + VAR2)/2) : - (((($PD$ - (VAR1 + VAR2) - ($D$ * $N$))/($N$ + 1)) * $NI$) + (VAR1 + VAR2) + ($NI$ > 1 ? ($NI$ - 1) * $D$: 0))

Where VAR1 should be replaced by the thickness ofthe bottom side and VAR2 by the back retreat.

Asix Z: $N$ == 1 ? $PH$/2 - $H$/2 + VAR2/2 : ((($PH$ - VAR2 - (2 * VAR1) - ($H$ * $N$))/($N$ + 1)) * $NI$) + VAR2 + VAR1 + ($NI$ > 1 ? ($NI$ - 1) * $H$ : 0 )

Where VAR1 should be replaced by the thickness of the base and VAR2, by the height of the toe kick.

Formula

Function

@(VAR1 > VAR2 ? VAR3 : VAR4)

The @ causes the expression between parentheses to return only the final value:

? means THEN

: means IF NOT

Thus, it reads: if VAR1 is greater than VAR2, then VAR3. If not, VAR4.

VAR1 > VAR2 && VAR1 <VAR3

Tests whether one value is greater than another and less than a third value.

'%CHECKED(VAR1.VAR2)%' = = 'True' ? 'VAR3' : 'VAR4'

Tests wheter an aggregate is in the environment and performsan action,with VAR1 equal to the Module ID (aggregate) field and VAR2 equal to the Aggregate ID field. It reads: if the aggregate of module ID X and ID Aggregate Y is active (True) , then (?) Returns VAR3, if not (:) returns VAR4.

$A.Max.Z$ - ($PH$+$PZ$)

Tests if an aggregate is in the environment and performs a Returns the missing value of the module at the end of the wall. It reads: Maximum height of the wall minus (height of the module plus the position on the wall)